8GB Ram Linux Development Board
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Specifications:
- Raspberry Pi5 available in 2GB, 4GB, and 8GB models
- Requires a 5V 3A power supply with a USB-C connector
- Micro-HDMI video output for connecting to a screen
Product Usage Instructions:
1. Raspberry Pi5 Setup:
Choose the appropriate Raspberry Pi5 model (2GB, 4GB, or 8GB)
based on your requirements.
2. Power Supply Connection:
Ensure you use a 5V 3A power supply with a USB-C connector to
power the Raspberry Pi5.
3. Connecting to the Screen:
Choose one of the following options to connect the Raspberry Pi5
to your screen:
- Use a Micro HDMI Cable for direct connection.
- Use a Micro HDMI to HDMI Adapter with a standard HDMI
cable. - Use a Micro HDMI to VGA Converter if your screen has VGA
input.
FAQ:
Q: Which power supply is recommended for the Raspberry
Pi5?
A: A 5V 3A power supply with a USB-C connector is recommended to
ensure proper operation of the Raspberry Pi5.
Q: What are the available models of the Raspberry Pi5?
A: The Raspberry Pi5 is available in 2GB, 4GB, and 8GB versions,
suitable for various applications including retro gaming
projects.
Q: How can I connect the Raspberry Pi5 to a screen?
A: You can connect the Raspberry Pi5 to a screen using a Micro
HDMI Cable, a Micro HDMI to HDMI Adapter, or a Micro HDMI to VGA
Converter depending on your screen’s inputs.
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Raspberry Pi5 Buying Guide
1. Presentation……………………………………………………………………………………………………………. page 2 2. List of required hardware………………………………………………………………………………………….page 2
2.1. The Raspberry Pi5…………………………………………………………………………………………………………….. page 2 2.2. Power supply……………………………………………………………………………………………………………………. page 2 2.3. Connecting to the screen……………………………………………………………………………………………………. page 3 2.4. Sound card……………………………………………………………………………………………………………………….. page 3 2.5. Audio amplifier………………………………………………………………………………………………………………….. page 4 2.6. The speakers……………………………………………………………………………………………………………………. page 4 2.7. Joystick and button kits………………………………………………………………………………………………………. page 5 3. The distribution………………………………………………………………………………………………………. page 5 3.1. RecalBox…………………………………………………………………………………………………………………………. page 5 3.2. Batocera………………………………………………………………………………………………………………………….. page 6 3.3. LAKKA…………………………………………………………………………………………………………………………….. page 6 4. Wiring…………………………………………………………………………………………………………………….. page 6 4.1. Xinmotek USB Interface …………………………………………………………………………………………………….. page 6
WWW.SMALLCAB.NET May 5, 2025
1. PRESENTATION
Do you have a retro gaming project and want to use a Raspberry Pi5 to play classic video games? The Raspberry Pi is the most affordable solution for this type of project. In this guide, we’ll detail the essential components needed to build your gaming system, whether it’s installed in a bartop, a mini arcade cabinet, or a full upright arcade machine.
2. LIST OF REQUIRED HARDWARE
2.1. The Raspberry Pi5
The Raspberry Pi5 is available in several versions. We offer 2GB, 4GB, and 8GB models. For retro gaming use, the 2GB and 4GB versions are more than sufficient. However, if you want extra memory, the 8GB version is also available. 2GB Version: https://www.smallcab.net/raspberry-pi5-2Go-p-3104.html 4GB Version: https://www.smallcab.net/raspberry-pi5-4go-p-2971.html 8GB Version: https://www.smallcab.net/raspberry-pi5-8Go-p-2972.html
2.2. Power supply
To operate properly, the Raspberry Pi requires a 5V 3A power supply with a USB-C connector. It is essential to use a power supply that delivers at least 3A. Using a lower-rated power supply may cause the Raspberry Pi to fail to start or to reboot unexpectedly during use. We offer two options: Official Power Supply 5V – USB-C – Pi 5 – 27W https://www.smallcab.net/alimentation-p-2973.html This official power supply allows you to fully utilize the capabilities of your Raspberry Pi5.
Inside your arcade cabinet, mini cabinet, or bartop, you can also install a power strip unit: https://www.smallcab.net/bloc-multiprise-rackable-p-1801.html This power strip has the advantage of being mountable onto your wooden structure. It will allow you to connect the power supplies for the Raspberry Pi, the audio amplifier, the LED strip, and the screen.
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2.3. Connecting to the screen
To connect the Raspberry Pi5’s micro-HDMI video output to a screen, you have three options: 1/ Use a Micro HDMI Cable This is the simplest solution to connect your Raspberry Pi5 directly to your screen. https://www.smallcab.net/cable-micro-hdmi-hdmi-male-male-p-2385.html
2/ Use a Micro HDMI to HDMI Adapter This is an alternative solution that allows you to use a standard male-to-male HDMI cable you might already own. https://www.smallcab.net/adaptateur-micro-hdmi-vers-hdmi-raspberry-p-2337.html And if you don’t have an HDMI cable: 50 cm HDMI Cable: https://www.smallcab.net/cable-hdmi-male-male-plaqu-p-1691.html 150 cm HDMI Cable: https://www.smallcab.net/cable-hdmi-ultra-p-1686.html
3/ Use a Micro HDMI to VGA Converter https://www.smallcab.net/convertisseur-micro-hdmi-vers-pour-raspberry-p-2393.html If your screen only has a VGA input, this adapter is the solution for you. You will connect it between your Raspberry Pi5 and your screen using a VGA cable. To connect the micro HDMI to VGA adapter to your screen, you’ll need a VGA cable. We offer a 1.4m VGA cable: https://www.smallcab.net/cable-vga-p-439.html
2.4. Sound card
The Raspberry Pi5 has the particularity of not having a built-in sound card. You will need an external USB sound card. https://www.smallcab.net/carte-externe-raspberry-p-3160.html
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2.5. Audio amplifier
We offer several types of audio amplifiers, including the following:
Mini stereo audio amplifier https://www.smallcab.net/mini-amplificateur-audio-stereo-p-565.html This audio amplifier has the advantage of being compact. It requires a 12V/2A power supply. If you’ve chosen a terminal block power supply, you can connect this amplifier to it. You will need a second jack cable: https://www.smallcab.net/cable-alimentation-jack-p-1721.html Otherwise, you will need to acquire a separate 12V/3A jack power supply.
Stereo audio amplifier https://www.smallcab.net/amplificateur-audio-stereo-lepy-p-1355.html This audio amplifier requires a 12V/3A power supply. If you’ve chosen a terminal block power supply, you can connect this amplifier to it. You will need a second jack cable: https://www.smallcab.net/cable-alimentation-jack-p-1721.html Otherwise, you will need to acquire a separate 12V/3A jack power supply.
2.6. The speakers
Several amplifier/speaker combinations are possible. However, we particularly recommend this versatile model:
10cm Speaker – 8ohms 20W 2 x https://www.smallcab.net/haut-parleur-p-1330.html You will need two speakers to enjoy stereo sound.
Speaker audio cable Between 15 and 20 x https://www.smallcab.net/cable-audio-haut-parleur-p-1353.html The cable is sold in 10 cm increments. You will need between 1.5m (quantity 15) and 2m (quantity 20) of cable to connect your speakers to your audio amplifier. However, make sure to check the appropriate length for your project. Connectors 2 x https://www.smallcab.net/cosse-28mm-p-907.html 2 x https://www.smallcab.net/cosse-48mm-p-626.html To connect the speakers to the speaker cable, you can either solder the wires or crimp a 2.8mm insulated connector onto the smaller (-) terminal and a 4.8mm insulated connector onto the larger (+) terminal.
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2.7. Joystick and button kits
We offer a range of joystick/button kits designed specifically for Raspberry Pi setups. Some feature standard buttons, while others offer illuminated buttons. Our kits cover all the essential components for your needs. You can also create your own custom kits by purchasing the individual products.
All Raspberry Pi kits are built in the same way: 1/ Joysticks
Short shaft option (suitable for metal joystick mounts). Long shaft option (suitable for wooden joystick mounts). Since most bartop/mini arcade or arcade kits on
the market use wooden joystick/button mounts, you will need to choose the long shaft option.
In terms of quality/reputation, we offer the following joysticks: Sanwa Joysticks: High-quality Japanese joysticks, very smooth. Seimitsu Joysticks: High-quality Japanese joysticks, very versatile. Industrias Lorenzo Pear or Handle Joysticks: Spanish joysticks, firmer than Japanese ones. Standard Joysticks: An economical choice.
2/ Buttons For each player, we offer six buttons, plus a start button and a service button. Additionally, we include a Hot Key (HK) button, which allows you to exit an emulator and return to the selection menu.
3/ Joystick/Button Connection System to the Raspberry Pi By default, we offer wiring for the GPIO port. Unfortunately, this solution is no longer functional on the Raspberry Pi5, so you will need to select the “GPIO wiring with USB cable and Xin-mo PCB” option. This two-player USB interface is compatible with RecalBox and Batocera distributions.
3. THE DISTRIBUTION
The distribution is essential as it is the engine of your retro gaming system. There are several distributions available for the Raspberry Pi5.
3.1. RecalBox
The RecalBox distribution is very dynamic and offers support in French. https://www.recalbox.com/fr/download/stable/rpi/rpi5_64/
It also has a YouTube channel with many tutorials. https://www.youtube.com/channel/UCfcqrtnHwB84YQlVN75PRfQ
The joystick/button wiring for players 1 and 2 must be done through a USB controller board.
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3.2. Batocera
https://batocera.org/download The joystick/button wiring for players 1 and 2 must be done through a USB controller board.
3.3. LAKKA
An alternative to the other distributions, a Raspberry Pi5 version is available: https://www.lakka.tv/get/linux/rpi/
4. WIRING 4.1. Xinmotek USB Interface
The wiring diagram is provided as a reference. The configuration interface will allow you to assign specific functions to each button (A, B, X, Y, etc.).
* VCC = 5V: Do not connect any cable to this pin
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Documents / Resources
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Raspberry 8GB Ram Linux Development Board [pdf] User Guide 2GB, 4GB, 8GB, 8GB Ram Linux Development Board, Ram Linux Development Board, Development Board, Board |